P8.37. Compute the vertical deflection at B and the hori- zontal deflection at C in Figure P8.37. Given: ACD = 3 in.², IAC = 160 in.4, AAC = 4 in.², and E = 29,000 kips/in.². Consider the strain energy produced by both axial and flexural deformations. A w = 4 kips/ft 9' B 18'- 60 kips hinge P8.37 C 6'- D 8'

Structural Analysis
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Chapter2: Loads On Structures
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=
P8.37. Compute the vertical deflection at B and the hori-
zontal deflection at C in Figure P8.37. Given: Acp = 3 in.²,
160 in.¹, AAC = 4 in.², and E 29,000 kips/in.².
LAC
=
Consider the strain energy produced by both axial and
flexural deformations.
A
L
w = 4 kips/ft
9'-
B
18'-
60 kips
hinge
P8.37
с
6'-
D
8'
Transcribed Image Text:= P8.37. Compute the vertical deflection at B and the hori- zontal deflection at C in Figure P8.37. Given: Acp = 3 in.², 160 in.¹, AAC = 4 in.², and E 29,000 kips/in.². LAC = Consider the strain energy produced by both axial and flexural deformations. A L w = 4 kips/ft 9'- B 18'- 60 kips hinge P8.37 с 6'- D 8'
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